JP2019065424A - Ultraviolet protection optically functional fabric - Google Patents

Abstract

To provide an ultraviolet protection optically functional fabric.SOLUTION: An ultraviolet protection optically functional fabric comprises a base fabric layer 201, a colored layer 21, and a discoloration-resistant layer 22. The fabric is formed by: first, weaving polyester fiber Nylon and an elastic yarn into a gray fabric raw material; refining it into a preset gray fabric by bleaching with a nontoxic fluorescent agent to finish a raw material layer 21; then, on the base fabric layer 201, by a tension-free whole surface pattern layer application step of a first layer, performing coloration with fluorescent pigment paste of a first tone color, and impregnating it into a spun layer of a fabric surface to finish the application of the colored layer 21; and then, by an application step of a second layer, applying fluorescent pigment paste of a second tone color to perform coloration, thereby performing the application of the discoloration-resistant layer 22 of the second layer. In the fabric, by the synergistic effect of dyeing molecules in the two pattern layers, the chromaticity of a fabric surface layer can be achieved, and the absorption condition of coloration can be controlled.SELECTED DRAWING: Figure 2

Description

    The present invention relates to an ultraviolet protective optical functional fabric, and more specifically, the base layer of the preset green machine material layer is a non-tension full-surface pattern coating step of the first layer and the second layer. Apply a color-resistant layer, finish on the surface of the fabric with controlled color absorption condition, prevent sunlight and absorb useful light waves, realize improvement in color-resistance, light transmission and light absorption, and wash in water The present invention relates to an ultraviolet protective optical functional fabric having a strong, printable, negative ion energy, and emitting far infrared rays, thereby promoting blood circulation and having a heat retaining effect.

Known UV protection optical functional fabrics (FIG. 11, Taiwan patent No. I 400 376 UV protection optical functional fabrics filed by the present inventor) are made of polyester fiber nylon (Nylon) and elastic yarn (Spandex (registered trademark)) materials The woven fabric which has been woven up is treated at high temperature, after the raw material is fixed, treated with non-toxic fluorescent bleaching agent and refined into the raw material, and then light absorption ability by non-toxic fluorescent compound molecules is used to prevent static electricity and aeration. Together with the formation of a pre-set green machine, and applying a single color fluorescent pigment paste directly to the surface of the pre-set green machine as a dye pigment paste, and finally, in the molding process, no tension drying and no dust After drying, the pigment coloration is made more uniform. At the same time, formaldehyde was removed, and it was confirmed that formaldehyde was completely removed. Finally, a high temperature presetting was used to finish an optical functional fabric having protective ability. When it is worn on the body, it harms the body and the ultraviolet light is replaced by light energy of a specific wavelength, and such light energy has a fort therapeutic action with pulse light on the skin, and also has a cool feeling, sunshine prevention, deodorizing It has non-toxic, light-absorbing properties, and can provide functional fabrics that are beneficial to the skin.
However, the fluorescent pigment paste pattern layer acting on the functional fabric for preventing sunshine is only the pattern layer formed by applying and adhering the pigment paste of single color value to the whole surface of the surface layer, the effective adhesion and durability of chromaticity Because it does not have, it is easy to get dirty, and it is weak to washing with water, and the number of times of washing with water is limited. After repeated washing, as the color change stability is lost, the sun protection effect is also lost. Furthermore, the surface of the fabric can only be a substrate, and can not be printed on the surface layer, which affects the color tone and the effect of preventing sunshine, and the functional functionality of the functional fabric is reduced.

      Therefore, the main object of the present invention is to control the color of the surface layer of the fabric, to prevent UV UPF / FPU resistance and to convert light waves, and to prevent sunlight and absorb useful light waves through preset processing, It is an object of the present invention to provide an ultraviolet protective optical functional fabric which achieves color change, light transmission and light absorption and has a printable use effect that is strong in washing with water.

    The next object of the present invention is to conduct electrons and thermal energy spontaneously to obtain the highest Joule heat absorption and to realize the wavelength conversion effect of visible light, and to make the light transmissive and independently beneficial visible An object of the present invention is to provide an ultraviolet protective optical functional fabric having a light absorbing feature, negative ion energy, emitting infrared rays, and promoting blood circulation and heat retention.

    Another object of the present invention is to make the second layer tension-free by water repellent teflon processing of the base material of the ultraviolet protective optical functional fabric which can improve the market appearance and the beauty of the sun protection product with a sun protection effect. Apply to the surface layer of the color-resistant layer of the full-color pattern layer to form a water repellent prevention layer, or print the various patterned patterns on the surface layer of the color-resistant layer of the full-length pattern layer without tension. An object of the invention is to provide an ultraviolet protective optical functional fabric such as printing.

    Then, as a result of the inventors of the present invention earnestly studying in order to solve the above-mentioned problems of the present invention, the main problems of the present invention are a colored layer embedded in the base fabric layer and the upper layer fiber of the base fabric layer. And a discoloration resistant layer bonded to the surface layer. At the time of molding, the polyester fiber nylon and elastic yarn are first woven into the raw material from the raw material, and then the fluorescent material is used to bleach the pre-set raw material to finish the pre-set raw material layer, and then the dyeing temperature set in advance. The fluorescent pigment paste of the first and second color tones is colored on the entire surface of one side sequentially with the base fabric layer of the preset green machine material layer, and the fluorescent pigment paste of the first color tone is spun on the fabric surface The second layer color fluorescent pigment paste is subsequently applied to the colored layer of the first non-tensioned overall pattern layer of the first layer. Of the second layer, the color-resistant layer of the second layer of the tension-free entire surface pattern layer, and the dye molecules of the two pattern layers formed on the surface layer of the fabric. To synergy Ri to control the chromaticity of the fabric surface to the street challenge, giving a UV UPF / FPU resistance, the conversion effect of the light wave. Through pre-set processing, attention is paid to the point that it can prevent sunlight and absorb useful light waves, realize improvement in color fastness, translucency, and light absorption, and has a printable use effect that is strong in water washing, The present invention has been conceived based on such findings.

    With respect to the next subject of the present invention, the fluorescent pigment pastes of the first color tone and the second color tone are made to dissolve the germanium element prior to coloring, and the first and second color tones containing the nano germanium element After the color fluorescent pigment paste is formed, subsequently, the fluorescent pigment paste of the first color tone and the second color tone is applied over the entire surface of the preset green machine material layer, and the first layer and the second layer do not exist. By applying coloring and color-resistant layer and coloring layer of the entire pattern pattern layer of tension, by controlling the coloring condition of the surface layer of the fabric, thermal energy by contact with the body surface interacts with the germanium element in the fiber Therefore, the above-mentioned problem spontaneously conducts electrons and thermal energy to obtain the highest Joule heat absorption and realize the wavelength conversion effect of visible light, and it is a translucent and independently useful visible light And Features of absorbing, have negative ion energy, emit infrared, focusing on points with thermal effect and blood circulation promotion, it led to conceiving the present invention based on this finding.

With respect to the above-mentioned another subject of the present invention, the base material of the ultraviolet protection optically functional fabric is applied to the surface layer of the color-resistant layer of the second layer, tension-free full surface pattern layer by water repellent Teflon processing. The sun protection with the sun protection effect of the above-mentioned subject is carried out by forming a water prevention layer, or printing a print layer of various patterns on the surface layer of the color-resistant layer of the second pattern Focusing on the aesthetics of the product and the ability to improve market competitiveness, the inventors have arrived at the present invention.
Thus, the subject matter of the present invention is as described in the following (1) to (5).
(1) An ultraviolet protective optical functional fabric comprising a base fabric layer, a colored layer to be woven into the in-fiber knitted fabric in the upper layer of the base fabric layer, and a color change resistant layer bonded to the surface layer The steps are
First, the raw material of polyester fiber nylon and polymer of elastic yarn is removed by high temperature treatment to remove dirt, and after the non-toxic fluorescent bleaching pre-treatment, the raw molding is completed and the surface of the fabric is finished. Remove fats and oils, stains and impurities attached to the yarn, and give strong light absorbing ability by non-toxic fluorescent compound molecules, add appropriate amount of dyeing assistant to the dyeing pot, and finish molding of the raw material layer Step 1 which is a pre-bleaching treatment (preset green machine) process, step 2 which is a pigment coloring process without tension, and step 3 which is a molding process
The pigmenting process of step 2 is
The reference color value of the main color fluorescent pigment paste is set in advance, and at the same time, the first and second color tone fluorescent pigment pastes of the same color series as the main color but having different color values are set as one set and the same as the main color In the color series, select the fluorescent pigment paste of the first color tone that is brighter than the color value of the main color, and set the color value to 20% to 30% of the color value of the main color, and the same color series as the main color Then, select the second color tone fluorescent pigment paste whose color tone is a little brighter than the color value of the main color, and set the color value to 70% to 80% of the color value of the main color in advance (a) When,
The first color tone fluorescent pigment paste is coated on one side with a biaxial roller on the base cloth layer of the raw material raw material layer molded through the above-mentioned bleaching pretreatment at a predetermined dyeing temperature and colored The light-colored fluorescent pigment paste of the first color tone is deeply impregnated into the inner knitted fabric fibers of the upper surface of the base fabric layer of the molded raw material layer, and the first layer is tensionless. Completes the application and coloring of the colored layer on the entire surface pattern layer, maintains the solid color stability without decolorizing the base colored layer of the base fabric layer, and has the function of improving the UV protection index UPF / FPU And the wavelength conversion effect reaches 50% to 60%, and the color fastness of the whole pattern layer by the no-tensile dyed after that is easily improved the color fastness exhaustion rate of the first layer of the no-tension whole pattern layer Coloring layer application coloring step (b),
At the previously set dyeing temperature, the second color tone fluorescent pigment paste is coated on the entire surface of the first layer of the first layer of no tension full pattern layer again by the biaxial roller, and coloring is performed, The color-resistant layer of the second layer, the non-tension full surface pattern layer, is coated, and the color-resistant layer of the second layer, the non-tension whole surface pattern layer is coated on the fabric surface, The layering effect of the overall pattern pattern layer without tension with the colored layer allows the degree of the coloration exhaustion rate to be controlled by the color of the finished surface layer of the fabric combined with the synergistic effect of the dye molecules, and the tension of two layers is not tensioned. Has the function of improving the UV protection index UPF / FPU of the fabric surface layer having the entire pattern layer according to the above, and the light wavelength conversion effect reaches 70% to 80%, the step of pigment coloring process of the pattern layer 2nd layer no tension all to smoothly complete 2 And a the discoloration layer coating coloring step of the design layer (c),
In step 3 above, only the surface layer of the fabric which has been completely colored through application of the entire pattern layer is subjected to no-tension drying and dust-free drying, and dispersedly molded on the surface of the fabric at a high temperature of 170 ° to 180 °. It is confirmed that the formaldehyde is removed completely, and the high temperature molding with formaldehyde removed is completed, and the color fastness is light-transmissive like treatment with pulsed light An ultraviolet protective optical functional fabric characterized in that it is a step of forming a base of the ultraviolet protective optical functional fabric having light absorbability and washing fastness.
(2) Another molding process of the UV protection optical functional fabric is
At the same time as presetting reference color values of the main color fluorescent pigment paste, first and second color tone fluorescent pigment pastes in which two germanium elements of different color values are melted and impregnated in the same color series are preset. Algite (piezoelectric crystal of germanium alloy, GAC) is used as a germanium element in micron unit fine powder (about 5 μm) as a method of melting and impregnating fluorescent pigment pastes of the first and second color tones which are melt-impregnated with germanium element. After grinding and grinding, high temperature sintering is performed in an environment where the temperature is set at 1500 to 1800 ° C., first, ashing operation is performed to remove remaining other impurities, and subsequently, germanium element of fine powder of the above-mentioned micron unit The secondary polishing and grinding, to finish the nano-level ultrafine powder of germanium element, and then, said first and second color The fluorescent pigment paste of the color is melt-impregnated to form the fluorescent pigment paste of the first and second color tones which is melt-impregnated with the germanium element, and subsequently woven by the polymer of the structure material of polyester fiber nylon and elastic yarn The raw material of the raw material is obtained, and the molding of the raw material made through non-toxic fluorescent bleaching pretreatment is completed, whereby the base layer of the molded raw material layer of the base material of the ultraviolet protective optical functional fabric is formed. The fluorescent pigment paste of the first and second color tones is applied and colored on one side sequentially by a biaxial roller by melting and impregnating the germanium element on one side, and then coloring is completed through application of the entire pattern layer. Only the surface layer of the fabric is subjected to tension-free drying and dust-free drying, and is dispersed and molded on the surface of the fabric by high temperature to make the color development of the pigment more uniform and improve color fastness. In addition, formaldehyde was completely removed, and then the formaldehyde was removed to complete the high-temperature molding, and the color fastness of the ultraviolet ray combined with light transmittance, light absorbability, and washing fastness like treatment with pulsed light. By forming the base material of the protective optical functional fabric, the functional layer is rendered functional, and the surface layer of the fabric coated with two layers of tension-free full surface pattern layer is the thermal energy generated by contact with the human body itself It interacts with the germanium element in the fiber and spontaneously conducts electrons to obtain the highest Joule's thermal energy, absorbs visible light to realize wavelength conversion effect, translucency and spontaneous Those who wear a product (such as clothing) molded from the base material of the UV protection optical functional fabric have the feature of absorbing visually useful visible light, generate negative ion energy and emit far infrared rays. By, characterized by obtaining a promotion and heating effect of the blood circulation, the (1), wherein the UV protection optical functional fabric.
(3) The fluorescent pigment paste of the first color tone is set as a color value of 20% to 30% of the color value of the main color having the same color series as the main color and brighter than the color value of the main color And setting the color value ratio between the fluorescent pigment paste of the first color tone and the main color to 0.2 to 0.3: 1, and setting the fluorescent pigment paste of the second color tone to the same color as the main color It is set as a color value of 70% to 80% of the color value of the main color that is a series and slightly brighter than the color value of the main color, and the color of the second color tone fluorescent pigment paste and the color of the main color The ultraviolet protection optical functional fabric according to (1) or (2), wherein the value ratio is set to 0.7 to 0.8: 1.
(4) If the dyeing temperature of the fluorescent pigment paste of the first color tone of the colored layer of the colored layer of the non-tensioned entire surface pattern layer of the first layer is set to 90 ° to 100 °, the non-tensioned entire surface of the second layer The ultraviolet protection optical functionality according to the above (1) or (2), wherein the dyeing temperature of the fluorescent pigment paste of the second color tone of the color-resistant layer of the pattern layer is set to 90 ° -100 °. Cloth.
(5) The base material of the ultraviolet protective optically functional fabric is provided with a water repellent preventing layer having a water repellent Teflon finish on the color resistant layer, and the water repellent preventing layer is the outermost surface of the color resistant layer (1) or (2) according to the above (1) or (2), characterized in that a printed layer formed by weaving a pattern layer or a pattern on the color-resistant layer is printed on the outermost surface of the color-resistant layer. UV protection optical functional fabric.

It is a manufacture flow figure (the 1) of the ultraviolet protection optical functional textile concerning one embodiment of the present invention. It is a local enlarged view (the 1) of the ultraviolet protection optical functional cloth concerning one embodiment of the present invention. It is a perspective view sectional view (the 1) of ultraviolet protection optical functional cloth concerning one embodiment by the present invention. It is a usage aspect figure of the ultraviolet protection optical functional textile concerning one embodiment of the present invention. It is the figure which finished to the sun protection hat as one application example of the ultraviolet protection optical functional cloth concerning one embodiment of the present invention. It is a manufacture flow figure (the 2) of the ultraviolet protection optical functional cloth concerning one embodiment of the present invention. It is the perspective view and the local enlarged view (the 2) of the ultraviolet protection optical functional cloth which concerns on one Embodiment of this invention. It is sectional drawing (the 2) of the ultraviolet protection optical functional cloth which concerns on one Embodiment of this invention. It is another sectional view of the present invention. FIG. 7 is a view of an arm carver finished as one embodiment of the present invention. It is a manufacture flow figure of a well-known ultraviolet protection optical functional cloth.

    As shown in FIG. 1, the manufacturing flow of the present invention is:

    (Step 1) Bleaching destination processing (preset production machine) process:

    Using the polymer of polyester fiber nylon and elastic yarn texture material, it has elasticity, density, translucency, and can absorb the maximum amount of UV Joule heat by sunlight irradiation, and remove dirt by high temperature treatment After being woven into a raw material, it is pretreated with a nontoxic fluorescent agent to remove fats and oils, stains and impurities attached to the surface yarn of the fabric, and to have strong light absorbing ability by nontoxic fluorescent compound molecules. Subsequently, a dyeing adjunct is appropriately added to the dyeing pot to finish the biomaterial layer, and a pre-set biomachine having anti-static, heat retention, and endothermic sweat discharging functions is finished.

    (Step 2) Overall layer pigmenting process with no tension:

            (A) Pigment setting:

            After setting the reference color value of the main color fluorescent pigment paste, first and second color tone fluorescent pigment pastes of the same color series and different color values as the main color are respectively set, and the first color tone fluorescent pigment paste Select the same color series as the main color, and a color tone shallower than the main color, set the color value to 20% to 30% of the main color color value, and the second color color fluorescent pigment paste has the same color series as the main color, main color A shallower one is selected, and the color value is 70% to 80% of the main color value.

(B) Coloring layer application coloring step of the first layer of the tension-free entire surface pattern layer:
In the base fabric layer 201 of the pre-set green material layer set to a dyeing temperature of 90 ° -100 ° and bleached using the above-mentioned non-toxic fluorescent agent, the first color tone fluorescent pigment paste is applied to the entire surface on one side by a biaxial roller. Coloring (the ratio of the first color tone fluorescent pigment paste to the main color color value is set to 0.2 to 0.3: 1, ie, 20% to 30% of the main color color value), The fluorescent pigment paste of the first color tone is impregnated into the fibers of the spun fabric layer of the surface layer of the base fabric layer 201 of the pre-set green machine material layer to complete the application and coloring of the colored layer 21 of the first tensionless overall pattern layer. And the color layer 21 of the first non-tensioned whole surface pattern layer is efficiently impregnated into the fiber layer to maintain the color tone of the base color layer of the base fabric layer 201 completely, and also the UV UPF / FPU resistance effect Have some wavelength conversion effects It reached 0% -60%, comprising the fastness improving color absorption rate of no tension in the entire pattern layer to be dyed subsequently.

            (C) Color-resistant layer application coloring step of the second layer of the tension-free entire surface pattern layer:

            The dyeing temperature is set and maintained at 90 ° -100 °, and the second color tone fluorescent pigment paste (same as the main color) is formed on one side by the biaxial roller in the coloring layer 21 of the first layer non tension full pattern layer. The color series is set, the color value of the second color is slightly thinner than the color value of the main color, and the ratio of the fluorescent pigment paste of the second color to the color value of the main color is set to 0.7 to 0.8: 1. Apply 70% to 80% of the color value), color the fluorescent pigment paste of the second color tone, and apply the color-resistant layer 12 of the second layer, tension-free full surface pattern layer to the fabric surface At the same time, due to the overlapping effect of the second layer, the color-resistant layer 12 of the non-tension full surface pattern layer of the second layer and the colored layer 11 of all the non-tension layer of the first layer Complete the color and absorb the color The surface of the fabric that can be controlled and dyed is saturated color effect of the main color, and the two tension-free full surface layers have 70% to 80% UV UPF / FPU resistance and lightwave conversion efficiency reaching 70% to 80%. Complete the layer coloring process step.

    (Step 3) Molding process:

      No tension drying and dust free drying are carried out on the surface of the fabric on which the entire color application has been completed, and excessive tension on the surface of the fabric affects elastic thread elasticity and light transmittance, formaldehyde (formalin) remains (high temperature sublimation), dust Pre-set the dough surface by high temperature 170 ° -180 ° to prevent splashing, impurities, dirt on the dough surface, make the pigment color more uniform, make the color fastness better, remove formaldehyde, completely eliminate formaldehyde Finally, the high temperature preset makes the coloring of the pigment more uniform, makes the color fastness better, and is light transmitting, light absorbing, strong in water washing, and printable UV protection optical design The base material 20 of the functional fabric is formed (FIG. 2).

      The base material 20 (FIG. 3) of the ultraviolet protection optical functional fabric described above comprises a base fabric layer 201 to be lightly attached to the skin of the body, a colored layer 21 to be woven into the spinning layer of upper layer fibers of the base fabric layer 201, And a color-resistant layer 22 to be bonded.

      Continuing to refer to FIG. Red, orange, yellow, green, blue, indigotin, ultraviolet light, wavelength 780 (nm) which is beneficial to the body by absorbing the long and short wavelength light energy emitted from sunlight utilizing the strong light absorption power of non-toxic fluorescent compound molecule )-390 (nm) widely used. As an example, it can be applied to a hat 20A (FIG. 5), a mask, an arm carver, clothes, long pants, a parasol and the like.

      Continuing to refer to FIG. 6, a molding step according to another embodiment of the present invention.

      The first and second color tone fluorescent pigment pastes containing the reference color value of the main color fluorescent pigment paste and the fused germanium elements of two same color series but different color values are set, and the germanium element is fused with the first As a method of fusing the fluorescent pigment paste of the second color tone, after pulverizing pyogenite (alloy germanium transistor, GAC) into micron unit fine powder (about 5 μm) germanium element 35, high temperature baking is performed at 1500-1800 ° C. environment. To form an ashing action to remove the remaining other impurities, and subsequently finish the micronized finely powdered germanium element 35 into a nanoclass ultrafine powdered germanium element 35 by secondary grinding, and further The fluorescent pigment paste of the second color tone is fused, the fluorescent pigment of the first and second color tone of the fused germanium element To form a paste. Subsequently, a pre-set green machine woven into a green machine material with a polymer of polyester fiber nylon and elastic yarn structure material is pretreated with a non-toxic fluorescent bleach to finish it into a pre-set green machine material layer. Thus, first and second color tone fluorescent pigment pastes in which germanium elements are fused on one side are applied and colored to the base fabric layer 301 of the preset green machine material layer sequentially using a biaxial roller, After applying the coloring step of the coloring layer 31 and the color-resistant layer 32 of the first and second non-tension full-surface pattern layers, the non-tension drying is carried out on the surface of the fabric finished by applying coloring on the entire surface. Through dust-free drying, excessive tension on the fabric surface affects elastic thread elasticity and light transmittance, formaldehyde (formalin) remaining (high temperature sublimation), dust scattering, impurities, contamination of the fabric surface, high temperature 170 ° Pre-set the fabric surface by -180 °, make the pigment color more uniform, make the color fastness better, remove the formaldehyde, confirm that the formaldehyde is completely removed, and finally Warm preset makes the coloring of the pigment more uniform, improves the color fastness, and forms the base material 30 of the UV protection optically functional fabric that can transmit light, absorb light, and resists washing with water. Do it (Figure 7). Functionalize the pattern layer and combine the surface layers of the two tension-free full surface layers to fuse the germanium element. The surface layer of the fabric interacts with the thermal energy from contact with the body with the germanium element in the fibers, and spontaneously conducts electrons and thermal energy to obtain the highest Joule heat absorption and the wavelength conversion effect of visible light It has the features of achieving light transmission and absorbing visible light that is beneficial for itself. A person wearing a product (such as clothing) molded from the ultraviolet protective optically functional fabric of the present invention has negative ion energy, emits infrared light, and has blood circulation promoting and heat retaining effects.

      As shown in FIG. 8, the base material 30 of the ultraviolet protective optical functional fabric described above includes a base fabric layer 301, a colored layer 31, and a discoloration resistant layer 32. The colored layer 31 is woven into the spun layer fiber of the base fabric layer 301 to form the color-resistant layer 32 in the colored layer 31.

      Subsequently, as shown in FIG. 9, for example, water-repellent Teflon may be applied to the outermost surface of the color-resistant layer 32 to form the water-repellent layer 33.

      As shown in FIG. 10, the print layer 34 (FIG. 10) of various designs may be processed on the outermost surface layer of the color change resistant layer 32, and the water repellent prevention layer 33 may be added to the surface layer of the print layer 34.

      The content disclosed above is a preferred embodiment of the present invention, and does not limit the implementation scope of the present invention.

20 Base material of UV protection optical functional fabric
201 Foundation layer
21 colored layer
22 Color resistant layer
20A hat
30 Base material of UV protection optical functional fabric
301 Foundation layer
31 colored layer
32 Color resistant layer
33 Water repellent layer
34 printed layers
35 germanium element

Claims (5)

An ultraviolet protective optical functional fabric comprising a base fabric layer, a colored layer to be woven into an in-fiber knitted fabric in the upper layer of the base fabric layer, and a color change resistant layer bonded to the surface layer, the forming process step comprising
First, the raw material of polyester fiber nylon and polymer of elastic yarn is removed by high temperature treatment to remove dirt, and after the non-toxic fluorescent bleaching pre-treatment, the raw molding is completed and the surface of the fabric is finished. Remove fats and oils, stains and impurities attached to the yarn, and give strong light absorbing ability by non-toxic fluorescent compound molecules, add appropriate amount of dyeing assistant to the dyeing pot, and finish molding of the raw material layer Step 1 which is a pre-bleaching treatment (preset green machine) process, step 2 which is a pigment coloring process without tension, and step 3 which is a molding process
The pigmenting process of step 2 is
The reference color value of the main color fluorescent pigment paste is set in advance, and at the same time, the first and second color tone fluorescent pigment pastes of the same color series as the main color but having different color values are set as one set and the same as the main color In the color series, select the fluorescent pigment paste of the first color tone that is brighter than the color value of the main color, and set the color value to 20% to 30% of the color value of the main color, and the same color series as the main color Then, select the second color tone fluorescent pigment paste whose color tone is a little brighter than the color value of the main color, and set the color value to 70% to 80% of the color value of the main color in advance (a) When,
The first color tone fluorescent pigment paste is coated on one side with a biaxial roller on the base cloth layer of the raw material raw material layer molded through the above-mentioned bleaching pretreatment at a predetermined dyeing temperature and colored The light-colored fluorescent pigment paste of the first color tone is deeply impregnated into the inner knitted fabric fibers of the upper surface of the base fabric layer of the molded raw material layer, and the first layer is tensionless. Completes the application and coloring of the colored layer on the entire surface pattern layer, maintains the solid color stability without decolorizing the base colored layer of the base fabric layer, and has the function of improving the UV protection index UPF / FPU And the wavelength conversion effect reaches 50% to 60%, and the color fastness of the whole pattern layer by the no-tensile dyed after that is easily improved the color fastness exhaustion rate of the first layer of the no-tension whole pattern layer Coloring layer application coloring step (b),
At the previously set dyeing temperature, the second color tone fluorescent pigment paste is coated on the entire surface of the first layer of the first layer of no tension full pattern layer again by the biaxial roller, and coloring is performed, The color-resistant layer of the second layer, the non-tension full surface pattern layer, is coated, and the color-resistant layer of the second layer, the non-tension whole surface pattern layer is coated on the fabric surface, The layering effect of the overall pattern pattern layer without tension with the colored layer allows the degree of the coloration exhaustion rate to be controlled by the color of the finished surface layer of the fabric combined with the synergistic effect of the dye molecules, and the tension of two layers is not tensioned. Has the function of improving the UV protection index UPF / FPU of the fabric surface layer having the entire pattern layer according to the above, and the light wavelength conversion effect reaches 70% to 80%, the step of pigment coloring process of the pattern layer 2nd layer no tension all to smoothly complete 2 And a the discoloration layer coating coloring step of the design layer (c),
In step 3 above, only the surface layer of the fabric which has been completely colored through application of the entire pattern layer is subjected to no-tension drying and dust-free drying, and dispersedly molded on the surface of the fabric at a high temperature of 170 ° to 180 °. It is confirmed that the formaldehyde is removed completely, and the high temperature molding with formaldehyde removed is completed, and the color fastness is light-transmissive like treatment with pulsed light An ultraviolet protective optical functional fabric characterized in that it is a step of forming a base of the ultraviolet protective optical functional fabric having light absorbability and washing fastness. Another molding process of the UV protection optical functional fabric is
At the same time as presetting reference color values of the main color fluorescent pigment paste, first and second color tone fluorescent pigment pastes in which two germanium elements of different color values are melted and impregnated in the same color series are preset. As a method of melting and impregnating fluorescent pigment pastes of the first color tone and the second color tone in which the germanium element is melt-impregnated, germanium (algite (piezoelectric crystal of germanium alloy, GAC)) in fine powder (approximately 5 μm) of micron unit After grinding and grinding to elements, high temperature sintering is performed in an environment where the temperature is set at 1500 to 1800 ° C, first, ashing is performed to remove remaining other impurities, and subsequently, the fine powder of the micron unit is obtained. Elemental germanium is finished by secondary grinding and grinding to nano level ultrafine powder of elemental germanium, and The fluorescent pigment paste of the color tone and the second color is melt-impregnated to form the fluorescent pigment paste of the first color and the second color which is melt-impregnated with the germanium element, and the polyester fiber nylon and the elastic yarn are subsequently formed. The raw material made of woven fabric is obtained by the polymer of the tissue material, and the molding of the raw material made through non-toxic fluorescent bleaching pretreatment is completed, whereby the base material of the ultraviolet protective optical functional fabric is molded After applying and coloring the first color tone color and the second color tone fluorescent pigment paste of which the germanium element is melt-impregnated on one side sequentially with a biaxial roller on the base fabric layer of the green body material layer, the overall pattern Drying without tension and dust-free drying are carried out only on the surface layer of the fabric that has been completely colored through application of a layer, and dispersion molding is carried out on the surface of the fabric by high temperature, and color development of the pigment is made Make uniform, improve color fastness, confirm complete removal of formaldehyde and complete high temperature molding with formaldehyde removed, and its color fastness is translucency, light like treatment with pulse light By forming the base material of the ultraviolet protective optical functional fabric having both absorbability and washing fastness, the pattern layer is provided with functionality, and the surface layer of the fabric coated with two layers of tension-free entire surface pattern layer The thermal energy generated by contact with the human body interacts with the germanium element in the fiber to spontaneously conduct electrons to obtain the thermal energy of the highest Joule number and absorb the visible light portion to the wavelength A person who wears a product (such as clothing) molded from the base material of the ultraviolet protective optical functional fabric has features of realizing a conversion effect, absorbing light and spontaneously beneficial visible light, minus ON energy is generated, by releasing far infrared of claim 1, wherein the UV protection optical functional material, characterized in that to obtain the promotion and heating effect of the blood circulation.     The fluorescent pigment paste of the first color tone is set as a color value of 20% to 30% of the color value of the main color which has the same color series as the main color and is brighter than the color value of the main color, The color value ratio of the fluorescent pigment paste of the first color tone to the main color is set to 0.2 to 0.3: 1, and the fluorescent pigment paste of the second color tone is the same color series as the main color, And set as a color value of 70% to 80% of the color value of the main color that is a little brighter than the color value of the main color, and the color value ratio between the fluorescent pigment paste of the second color and the main color The ultraviolet protection optical functional fabric according to claim 1 or 2, characterized in that it is set to 0.7 to 0.8: 1.     When the dyeing temperature of the first color tone fluorescent pigment paste of the colored layer of the non-tension full surface pattern layer of the first layer is set to 90 ° to 100 °, the non-tension full surface pattern layer of the second layer The UV protective optical functional fabric according to claim 1 or 2, wherein the dyeing temperature of the fluorescent pigment paste of the second color tone of the color-resistant layer is set to 90 ° to 100 °.     Whether the base material of the UV protection optically functional fabric is coated with a water repellent preventing layer having a water repellent Teflon finish on the color changing layer, and the water repellent preventing layer is woven into the outermost surface of the color changing layer The ultraviolet protection optical functionality according to claim 1 or 2, wherein a print layer formed by printing a pattern layer or a pattern on the color-resistant layer is printed on the outermost surface of the color-resistant layer. Cloth.

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